ミヤマ List of Products and Services

Miyama Corporation has been committed to providing technologies, products, and services that meet the needs of a wide range of industrial users as a specialized group in environmental technology since its founding. Environmental technology is a system of technologies that connects all industrial and social activities to a good circulation cycle for the Earth's environment. We aim to present richer value to industry and society through environmental technology. We will continue to advance as a comprehensive environmental company. 【Business Activities】 - Environmental maintenance business, environmental recycling business - Environmental equipment business, environmental products business - Environmental geology business, environmental conservation business - Environmental inspection and measurement business - Automotive-related environmental technology For more details, please contact us or download the catalog.

• Other environmental equipment

【Hydrogen Power Generation Continuous Plant】 The liquid waste being delivered to our company as hydrogen raw material includes approximately 15,000 tons per year of organic and inorganic waste liquids, as well as waste acids, waste alkalis, and waste oils that contain hydrogen. Extracting high-purity hydrogen from these materials and converting it into energy creates new value in waste, specifically generating energy from waste that has not been effectively utilized until now. 【Reaction Heat Energy】 "Ionic Power Generation" is a technology that converts reaction heat from neutralization, dissolution, oxidation, and reduction into electricity. By efficiently extracting reaction heat in the low temperature range of 70°C to 90°C, we utilize waste as an energy resource. "Material + Energy." The previously untapped resources hidden in waste have opened the door to a new environmentally friendly society. 【Ammonia Water Production】 We produce 25% concentrated ammonia water from ammonia-based wastewater discharged from precious metal handling, chemical manufacturing, and steelmaking industries, supplying it as a reagent for various applications, including as a reducing agent for NOx.

• Other physicochemical equipment
• Other environmental equipment

【Electroless Nickel Plating Waste Liquid】 Two recyclings from one waste liquid. At Miyama, we have been advancing efforts to enhance the extraction and resource recovery of nickel from electroless nickel plating waste liquid to a practical level, including the development of its applications. Currently, we have established new processing technologies that enable the recycling of two substances contained in the waste liquid: nickel and phosphoric acid. 【Proper Treatment of Lead-Containing Materials】 Utilizing harmful lead compounds as useful metals. At Miyama, we have been researching manufacturing technologies to extract valuable substances that can be resource-recovered from waste containing heavy metals such as lead, to be used as raw materials for smelters. One of the results that has been put into practical use is the treatment system for lead-containing waste. 【Plastic Recycling】 This is a process of selecting appropriate methods for the treatment of plastic waste based on requests and promoting their utilization.

• Other physicochemical equipment
• Other environmental equipment

【Nakano Factory】 A resource recycling-type processing plant that integrates combustion and crushing treatment processes. Appropriate resource recovery methods are determined based on the characteristics and composition of the incoming waste. The incineration process employs advanced technology and know-how, handling the destruction of socially problematic substances such as fluorocarbons, from temperature management to processing analysis. 【Joetsu Factory】 Handles the treatment of waste acids, waste alkalis, and sludge. We are working on the recovery and reuse of metal resources from waste liquids, and we manage about 15% of the total national entrusted processing volume of electroless nickel plating waste liquid, achieving the recycling of nickel and phosphoric acid contained in the waste liquid. These are supplied as industrial materials and fertilizer raw materials, respectively. 【Bunsui Factory】 In addition to handling sludge and similar materials, we achieve harmlessness and reuse by conducting integrated processing of metals and plastics that may be contaminated with hazardous substances through washing and crushing (dismantling). 【Tsubame Factory】 A technology development-type intermediate processing facility that houses an environmental technology research institution. We are working on achieving safer harmless treatment and the regeneration and reuse of useful resources by practical application of advanced chemical reaction treatment technologies to ensure that hazardous substances do not leach out from sludge-like materials.

• Other environmental equipment
• Incinerators and incinerators

**Disposal of X-ray Equipment Using Beryllium** - **Physical Properties and Uses** Beryllium has a small atomic weight and low density among metallic elements, giving it a high permeability to X-rays. It is used in X-ray equipment as the window for X-ray tubes and X-ray detectors in the form of metallic beryllium. - **Treatment and Disposal Methods** Considering the risks associated with beryllium dust, our company dissolves the relevant parts and then performs neutralization and dehydration treatment (insolubilization treatment). **Isocyanate Compounds** - **Physical Properties and Characteristics** Isocyanates are compounds that contain isocyanate groups (R-N=C=O) and come in various types. They are used in many industrial products as raw materials for paints, adhesives, and polyurethanes. - **Risks** Due to their very high reactivity, isocyanates can undergo polymerization reactions with water, alcohols, amines, etc., resulting in exothermic reactions and solidification. Therefore, they require careful handling, including storage in sealed containers under refrigeration and avoiding heat, light, and moisture, or storage filled with inert gases. - **Treatment and Disposal Methods** Given the risks of reactions with other substances leading to solidification and gas generation, our company has established a dedicated treatment line for incineration to ensure safe disposal.

• Other physicochemical equipment
• Other environmental equipment

Equipped with a unique fail-safe feature "Miyama specifications" based on Miyama's original safety and environmental standards Vehicles with "Miyama specifications" significantly enhance tank strength to prepare for unforeseen circumstances, and are equipped with multiple fail-safe mechanisms such as safety valve devices and scrubber systems, maintaining high safety standards. 【Miyama's e-navi supporting efficient operations】 e-navi is an online service that streamlines complex waste management operations. It provides total support for all your waste management tasks, from checking the current location of waste collection and transportation vehicles and understanding work status, to downloading documents for administrative submission (such as industrial waste management ticket issuance reports) through the web.

• Other environmental equipment
• Integrated operation management

【Wastewater Treatment Plant】 Proposals for wastewater treatment in response to increasingly stringent legal standards year by year We provide consistent planning for optimal treatment of various industrial and wastewater, including wastewater analysis, equipment design, and maintenance. Our proposals focus on reducing environmental impact with the 3Rs in mind, including the recycling of valuable materials recovered from the treatment process, reducing generated sludge, and reusing wastewater. 【Pure Water, Ultra-Pure Water, and Wastewater Recycling Plant】 Custom-designed optimal plants From the production of pure and ultra-pure water, which is essential for maintaining product quality, to significant reductions in water supply and sewage costs through the reuse of wastewater. We propose water production systems tailored to our customers by combining membrane treatment systems such as RO, NF, UF, MF, and ion exchange resins.

• Wastewater/wastewater treatment equipment
• Other environmental equipment

We propose plants for environmental measures aimed at the next generation. An environmental support system that meets the social demands of the future. The Environmental Equipment Division develops, designs, and implements various environmental plants. We propose measures that deeply engage with production sites. We provide future-oriented development and maintenance support that complies with increasingly stringent regulations and can be operated stably over the long term. 【Business Highlights】 - Fluorine recycling system - Acid recovery system

• Other environmental equipment
• Other physicochemical equipment

Cylinder-type ion exchange system We will design an appropriate "portable ion exchange device" based on the components of the wastewater. - It adsorbs and removes not only metal ions in the wastewater but also other dissolved ions. - The recycled water is pure water, making quality control easy and improving product quality. - Regeneration is carried out at our Joetsu factory, so there is no need to handle troublesome regeneration elution liquids. - Operation and maintenance are easy, and anyone can operate it. - Compact design reduces the installation space required.

• Other environmental equipment
• Other physicochemical equipment

【WDS (Water Duct System)】 Transforming invisible anxiety into visible peace of mind! Safety measures for drainage storage tanks, Water Duct System. The biggest issue with underground drainage tank management is that it is invisible. Miyama's WDS uses highly durable FRP tailored to the characteristics of the stored waste liquid at the liquid contact surface to prevent leakage accidents. Additionally, if leakage occurs for any reason, the leakage sensor immediately detects it and issues a warning. WDS is a method that applies a special FRP lining to the inside of existing tanks, eliminating the need for large-scale construction. It is a solution that enhances safety and environmental performance without compromising traditional convenience. 【RO Pure Water System】 Miyama offers small RO systems with processing capacities ranging from 250 L/hr to approximately 2 m³/hr, as well as medium to large RO systems with capacities from 3 m³/hr to 30 m³/hr.

• Other environmental equipment
• Other physicochemical equipment

Polymer Coagulant Continuous Dissolution Device Large Polymer Coagulant Continuous Dissolution Device Complete dissolution with mixing & active rotary filter, direct supply The all-in-one design from supply to dissolution and delivery of the polymer coagulant makes the main unit ultra-compact. It can also be easily integrated into the wastewater line without the need for changes to the wastewater line layout.

• Other environmental equipment
• Other physicochemical equipment

【Functional Chemicals】 Achieving appropriate water treatment with chemicals. Wastewater diversifies with various factors. At Miyama, we conduct thorough analyses of your wastewater and propose the best chemicals through multifaceted property testing. ◎ Miyama Chelate M Series Removes heavy metals. Meets stricter water quality standards. With a small amount of addition, it insolubilizes and removes difficult-to-treat heavy metal complexes. ◎ Miyama Flock MV Series Customized to demonstrate excellent dewatering effects even for difficult-to-treat wastewater. ◎ Miyama Flock Cationic & Amphoteric Series Handles ever-changing organic wastewater with a single type of floc, enabling stable aggregation. ◎ Miyama Flock ML Series Reduces the amount of inorganic coagulant added, decreasing the volume of sludge generated.

• Other environmental equipment
• Other physicochemical equipment
• Chemicals

We develop energy-saving and resource-saving industrial equipment, unique to experts in environmental technology.

• Other environmental equipment
• Other energy equipment
• Other physicochemical equipment

On-site Cleaning of Contaminated Soil On-site cleaning of contaminated soil refers to a technology that uses a mobile cleaning machine to treat contaminated soil on-site. It targets contaminated soil caused by all nine types of specified hazardous substances (such as hexavalent chromium, cyanide, arsenic, and fluoride). - Features - Treatment capacity and methods - Treatment results You can find more information on our company website.

• Other environmental equipment
• Soil testing

[Soil and Groundwater Pollution Investigation and Countermeasures] The Environmental Geology Division was established in 1994, before the Soil Contamination Countermeasures Act was enacted. Including projects conducted prior to that, Miyama has been providing a one-stop service for soil contamination investigation and countermeasures for over 30 years. We have carried out more than 3,000 investigations and countermeasures to date. With the know-how cultivated over more than 30 years of history, we conduct investigations and countermeasures that are tailored to our customers, solving all issues related to soil and groundwater pollution. Additionally, our other divisions conduct equipment inspections and also work on preventing soil contamination.

• Other environmental equipment
• Soil testing

【Groundwater Monitoring】 ◎Installation of Observation Wells We will consider the installation locations for observation wells based on the materials and information provided by the customer. Observation wells will be installed in locations that can monitor the presence or absence of groundwater impacts, taking into account the locations of specific facilities and the direction of groundwater flow. ◎Groundwater Monitoring We will collect groundwater from the observation wells and monitor the impact of harmful substances on the groundwater.

• Other environmental equipment
• Soil testing

We will perform well cleaning and maintenance of the pumping pump to ensure comfortable water lifting. 【Maintenance of Water Lifting Wells】 ◎Diagnosis of Well Clogging We will use a camera directly inside the pipe to check the cleanliness of the well's interior. We mainly check the degree of dirt accumulation and blockage at the strainer section (where water is extracted). Additionally, we also assess well clogging through pumping tests. ○Brushing A brush is moved up and down and rotated at the strainer section to remove dirt attached to the well bore wall. ○High-Pressure Cleaning A cleaning nozzle is attached to a high-pressure cleaner to wash the well bore wall at the strainer section. ○Air Lift Compressed air and water are sent to recover scale accumulated at the bottom of the well pipe along with water. ○Water Lifting Fine mud at the bottom of the pipe is collected along with water.

• Analytical Equipment and Devices

Our company provides one-stop services from investigation to disposal by professionals in buried waste treatment. 【Investigation and Measures for Buried Waste】 ◎ Searching for and locating buried items (Identifying burial locations using buried object detection technology) We apply buried object detection technology to identify burial locations. Depending on the characteristics of the buried items, we utilize various detection methods such as ground-penetrating radar, electrical surveys, and metal detectors. ◎ Identifying burial depth through boring surveys Based on the results of the buried object detection, we determine the boring locations and identify the burial depth. We identify the buried items collected through boring and consider the appropriate disposal methods, as well as assess potential soil contamination in the surrounding area if harmful substances are present in the buried items.

• Other environmental equipment

◎Points of Plant Dismantling and Removal in Miyama ●Dismantling, Treatment, and Purification of Contaminated Equipment with Harmful Substances We will dismantle and properly treat chemical factories, plating factories, wastewater treatment facilities, chemical processing facilities, chemical storage facilities, chemical analysis equipment, etc. ●Cleaning We will clean equipment that requires chemical cleaning, such as cooling towers and packaged air conditioners. Cleaning of catalyst carriers will also be performed. ●Removal of Contaminated Deposits and Contaminated Soil Contaminated deposits and soil will be collected and transported for treatment using specialized vehicles, and the site will be purified and restored afterward. We also handle the removal and pickup of buried waste and other materials.

• Other environmental equipment
• Machinery and equipment installation/dismantling/relocation

STEP 1 Preliminary Investigation Data collection / On-site survey / Sampling survey / Asbestos analysis STEP 2 Construction Planning Based on the results of the preliminary investigation, create and propose a removal work plan STEP 3 Notification Procedures Notify and process the construction plan with the relevant supervising authorities STEP 4 Removal Work Protective measures: Enclose with asbestos dust containment sheets, maintain a negative pressure state, and prevent dispersion outside the security zone. Removal work: Apply dust suppression agents / Asbestos removal / Selective dismantling (Level 2) Environmental measurement in the work area: Conduct measurements at the entrances and exits of the security room, exhaust outlets, and property boundaries to confirm the impact on the surroundings. Packaging: Package according to the disposal methods of the final disposal site. Removal of protective measures: Spray solidifying agents over the entire area within the protective measures and remove them after measuring to ensure no asbestos dispersion into the air. STEP 5 Transportation Drivers with knowledge of asbestos will carry out safe collection and transportation. STEP 6 Landfill Treatment or Melting Landfill at a specially controlled disposal site. Items that do not meet landfill standards due to heavy metal content, etc., will be melted. STEP 7 Completion of Work Create and store work records / Report to relevant supervising authorities.

• Other environmental equipment

**What is Low-Concentration PCB Waste?** Low-concentration PCB waste refers to PCB waste with a concentration of 5,000 mg/kg or less, most of which consists of insulating oil and electrical equipment such as transformers. According to the law (Special Measures Law for the Proper Disposal of Polychlorinated Biphenyl Waste), it must be disposed of by a specified deadline. Additionally, in order to process it, you must entrust it to a specialized processing company that has received certification and permission. Depending on the specifications for size and transportation methods of the entrusted party, it may be necessary to adjust the packaging based on the original shape, weight, and the condition of the casing.

• Other environmental equipment

Inspection and measurement are positioned at the starting line of various measures related to the environment, quality, and safety. We conduct high-precision numerical measurements using state-of-the-art inspection and measurement equipment, and we provide various data that form the foundation of environmental services, starting with the issuance of measurement certificates and analysis certificates. Additionally, we respond to a wide range of customer needs, including consulting on various regulations due to legal revisions, quality control in manufacturing lines, and cause analysis. Miyama's technology and know-how are consolidated in the environmental inspection and measurement business to solve our customers' challenges related to environmental measures.

• Other environmental equipment
• Other environmental analysis equipment

**Overview of Multispark** ● Evolution from Traditional Technology To shorten the time required from ignition to the completion of the combustion cycle, the traditional method of combustion in gasoline engines involves the acceleration of gas flow through compression and swirling. Most engine types have only one spark plug that generates a spark and ignites the flame, which limits the spread of combustion throughout the combustion chamber and restricts the combustion rate. However, to use multiple ignition sources, the optimal layout of the intake and exhaust valves in the combustion chamber must be compromised. ● Simple Configuration with Minimal Additional Requirements The Multispark system appears, at first glance, to be just a slightly thicker cylinder head gasket. Therefore, it does not require significant changes or special equipment for implementation. This configuration allows for the existing head gasket to be replaced with the Multispark unit, providing benefits or rapid combustion. The number and position of ignition points can be easily modified to fit many engine designs and adapted accordingly.

• Other environmental equipment
• Engine parts

This is MHS LOGIC! The eco-drive navigation system MHS-03DT reduces CO2 emissions through scientific eco-driving and realizes green logistics. By analyzing road gradients and cargo weight, it accurately captures the constantly changing driving environment and calculates the vehicle's driving performance in real-time. It considers all factors, such as how much extra power is being used compared to the necessary driving force for the current driving conditions and fuel efficiency simulations for driving in a higher gear, to derive the optimal eco-driving strategy for the vehicle and assist the driver with audio and visual cues.

• Other environmental equipment